Environmental Electrochemistry. Analyses of Trace Element Biogeochemistry

Content: Machine generated contents note: Introduction -- 1. Electrochemical Methods for the Environmental -- Analysis of Trace Elements Biogeochemistry2 -- Martial Taillefert and Tim F. Rozan -- In-Situ Measurements in the Water Column -- 2. Submersible Voltammetric Probes for Real-Time -- Continuous Monitoring of Trace Elements in Natural -- Aquatic Systems16 -- M.-L. Tercier-Waeber, J. Buffle, M. Koudelka-Hep, -- and F. Graziottin -- 3. In Situ Voltammetry at Deep-Sea Hydrothermal Vents40 -- Donald B. Nuzzio, Martial Taillefert, S. Craig Cary, -- Anna Louise Reysenbach, and George W. Luther, III -- On-Line Measurements in the Water Column -- 4. A Continuous Flow Electrochemical Cell for Analysis -- of Chemical Species and Ions at High Pressure: -- Laboratory, Shipboard, and Hydrothermal Vent Results54 -- George W. Luther III, Andrew B. Bono, Martial Taillefert, -- and S. Craig Cary -- 5. Field Application of an Automated Voltammetric -- System for High-Resolution Studies of Trace Metal -- Distributions in Dynamic Estuarine and Coastal Waters73 -- Eric P. Achterberg, Charlotte B. Braungardt, and Kate A. Howell -- 6. Permeation Liquid Membrane Coupled to Voltammetric -- Detection for In Situ Trace Metal Speciation Studies102 -- N. Parthasarathy, P. Salatin, M. Pelletier, and J. Buffle -- In-Situ Measurements -- at the Sediment-Water Interface -- 7. In Situ Measurements in Lake Sediments Using Ion-Selective -- Electrodes with a Profiling Lander System126 -- Beat Miller, Martin Marki, Christian Dinkel, Ruth Stierli, -- and Berhard Wehrli -- 8. Exchange and Microdistribution of Solutes at the Benthic -- Interface: An In Situ Study in Aarhus Bight, Denmark144 -- Ronnie N. Glud and Jens K. Gundersen -- 9. Benthic Carbon Mineralization in Sediments of Gotland -- Basin, Baltic Sea, Measured In Situ with Benthic Landers162 -- Frank WenzhOfer, Oliver Greeff, and Wolfgang Riess -- Sediment Porewaters and Microbial Mats -- 10. Porewater Redox Species, pH and pCO2 in Aquatic Sediments: -- Electrochemical Sensor Studies in Lake Champlain -- and Sapelo Island188 -- Wei-Jun Cai, Pingsan Zhao, Stephen M. Theberge, Amy Witter, -- Yongchen Wang, and George Luther, III -- 11. Probing Zinc Speciation in Contaminated Sediments -- by Square Wave Voltammetry at a Hg/Ir Microelectrode210 -- Melissa A. Nolan and Jean-Francois Gaillard -- 12. Microsensor Studies of Oxygen, Carbon, and Nitrogen -- Cycles in Lake Sediments and Microbial Mats227 -- Dirk de Beer -- 13. Seasonal Variations of Soluble Organic-Fe(III) in Sediment -- Porewaters as Revealed by Voltammetric Microelectrodes247 -- M. Taillefert, T.F. Rozan, B.T. Glazer, J. Herszage, -- R.E. Trouwborst, and G.W. Luther, III -- 14. Microelectrode Measurements in Stromatolites: -- Unraveling the Earth's Past?265 -- Pieter T. Visscher, Shelley E. Hoeft, Tonna-Marie L. Surgeon, -- Daniel R. Rogers, Brad M. Bebout, John S. Thompson, Jr., -- and R. Pamela Reid -- 15. In Situ Sulfur Speciation Using Au/Hg Microelectrodes -- as an Aid to Microbial Characterization of an Intertidal -- Salt Marsh Microbial Mat283 -- Brian T. Glazer, S. Craig Cary, Laura Hohmann, -- and George W. Luther, III -- New Technologies in Electrochemistry -- 16. Determination of Geochemistry on Mars Using an Array -- of Electrochemical Sensors306 -- Samuel P. Kounaves, Martin G. Buehler, Michael H. Hecht, -- and Steve West -- 17. Integrating an Ultramicroelectrode in an AFM -- Cantilever: Toward the Development of Combined -- Microsensing Imaging Tools320 -- Christine Kranz, Boris Mizaikoff, Alois Lugstein, -- and Emmerich Bertagnolli -- Trace Metal Complexation -- 18. A Review of Competitive Ligand-Exchange-Voltammetric -- Methods for Speciation of Trace Metals in Freshwater336 -- HanBin Xue and Laura Sigg -- 19. Voltammetric Evidence Suggesting Ag Speciation Is -- Dominated by Sulfide Complexation in River Water371 -- Tim F. Rozan and George W. Luther, III -- Indexes -- Author Index391 -- Subject Index392.